TruePoint Laser Scanning is a highly experienced team of 3D laser scanning professionals who promise to deliver exceptional service for every client. We remain on the front end of technology and use only state-of the art equipment and software. We provide 3D Laser Scanning, 3D Photogrammetry, 3D BIM Modeling, and Existing Condition Documentation Services.
Our in-house team of engineers and architects work with each client to make their project is successful. This team of experts delivers custom and cost-effective solutions for each project.
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Atlanta has the mechanical Falcon statue doing flyovers over Georgia’s capital, and ended up destroying opponent’s logos when they enter Mercedes-Benz Stadium. The Falcons are vicious when it comes to protecting their home turf RISE UP, ATLANTA!
Next thing you know you'll be thinking there is an alien invasion .... just you wait! Soon everything will be fake but controlling you as if it were real. Better take this moment now to WAKE THE FK UP!
We do not do the actual projection mapping. We simply supply the data to our client, who does the projection mapping, so that they can work their magic. As such, we are unsure of what type of projector was used on this particular project.
I'll be honest, it's over my head as well. 🙂It is mind blowing that the scanner is able to know which pulse is coming back when and record it, especially at up to 2,000,000 measurements per second. Keep in mind, not all of the pulses come back so it's not like you can just assume that they come back in serial, not to mention some pulses hit objects closer and therefore bounce back sooner. I've been doing this a long time and it still amazes me.
think i may have an idea, at first i was confused by the same thing as well. How can the scanner read the light reflecting back if its already rotated away? then I remembered, were dealing with light here. The fastest thing in the universe. We may think the scanner won't b able to pick up the reflected beam, but in light years, light has PLENTY of time to bounce off any surface in the vicinity and return back to the scanner before the scanner's even moved a nanometer. Or at least that's how I understand it. My question is: How does the scanner read the returning light if the laser hits something at an angle, and simply bounces away rather than bouncing back into the scanner? I would think if it strikes an object an angle besides perfectly perpindicular, it would shoot off. This is what confuses me.
@@TruePointScanning think i may have an idea, at first i was confused by the same thing as well. How can the scanner read the light reflecting back if its already rotated away? then I remembered, were dealing with light here. The fastest thing in the universe. We may think the scanner won't b able to pick up the reflected beam, but in light years, light has PLENTY of time to bounce off any surface in the vicinity and return back to the scanner before the scanner's even moved a nanometer. Or at least that's how I understand it. My question is: How does the scanner read the returning light if the laser hits something at an angle, and simply bounces away rather than bouncing back into the scanner? I would think if it strikes an object an angle besides perfectly perpindicular, it would shoot off. This is what confuses me.
Hi, I am studying Laser-Scanner for self-driving cars technology. That was the best and most concise explanation I have ever seen. Congratulations! It is really good!
No. Here is a good explanation of how the technology works: www.theverge.com/2021/9/15/22672199/carolina-panthers-mixed-augmented-reality-viral-virtual-mascot
The mixed reality display appears on the screen for everyone. So for those in person, they'd be able to see the difference, but for those at home, it looks like a live video feed. The technology involved is amazing.
Nobody can see this in real Life, if you want to see It you need to hold your smartphone, point the camera to the stadium field and see the animation in your screen
if people are interested in how to do stuff like this you should see the upcoming tutorials im making! check out the first one :D ! (let me know if you have feedback too!)
Here is a good explanation of how the technology works: www.theverge.com/2021/9/15/22672199/carolina-panthers-mixed-augmented-reality-viral-virtual-mascot
@@seanmartin5056 exactly. You would think it would have went viral with a camera in every single pocket in that stadium full of people. We would have seen it from different angles. You can apply the same logic to UFOs or Bigfoot. Where are the hundreds of thousands of videos showing these things if billions of people have a smartphone with internet access that can shoot and upload, then spread on the internet in real time? They are non existent except for the obvious fake aftereffects videos online😂
